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【官方文档】最全的NX9.0 新功能集锦，其他的都弱爆了！
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涵盖了所有模块！
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4 @+ t& _5 I6 D; O不懂E文的，看图也知道了！！
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/ s, e9 g) |! w$ C What's New in NX 90 iii ! i! g, J, S( r
Contents
; b! s% a" L4 D3 z8 g. U& w2 mChapter 1: Fundamentals - {$ N" h! W) o, e* j" U
Ribbon bar interface The NX Window (Ribbon bar) ; R- ~' `% L$ Q, [5 x; J# X
Show Ribbon bar tabs and commands
: }$ a4 m) A) O; bAdd commands to the Quick Access toolbar 3 l5 v* O0 C/ \
Add commands to Border bars
( P g3 Z" \8 ]" ^' CCustomize the Ribbon bar interface
( Q' \6 @9 F; I+ e$ A6 ]9 q' S& HAdd a tab and group to the Ribbon bar - {+ @- b0 {0 r$ b$ p
Save Ribbon bar layouts $ ^% |1 W) j& H0 D7 _1 d
Export and import your interface layout # m* w: s( c8 O' o. P! l3 l9 @( I
Ray Traced Studio 2 s" p, A f, J7 h& j2 O( Y! Y
Issue Management enhancements ; k( h7 |9 P+ r+ b% @( g
Generate support logs for IR or PR
6 W0 s( _# m& S6 hIntegrated web browser enhancement 6 d- I) g* W7 N: a3 v3 R5 G& {
View section enhancements 7 H. r. E2 @) z! K
Display facet enhancements 7 |2 i. U- r3 ]6 q+ O. u) n
Measure Point
0 y, V: c3 J7 v# S: z1 _; ZRaster Image enhancements
1 j# I+ U2 T: n: d- }+ sLock Rotations
3 B5 w6 i2 c- Z8 s+ ?: V1 kSynchronize Views
! N0 _5 F: y6 ~8 p, _- F. r( j+ SStereo Display Visualization preference
1 c( O0 M4 f8 g: L, D' uCSYS tool enhancements
$ z K3 n5 m! `Edit attributes in bulk - }6 r, ]) j1 j0 t
Chapter 2: CAD . Y, G G2 H/ v! x' @
SkeTChing 9 \, a$ P4 Q% [% {( d" V
Sketch enhancements , P0 m+ \4 k8 F1 B
Sketch dimensions
% `8 {5 U2 D, E) I- {2D Synchronous Technology
9 r( F5 s9 V% E, O$ eRigid sketch groups
3 [ S# `4 m% @* u+ wPart Module
9 b d S$ g8 v8 T9 R+ gAdditional Part Module workflow
+ ~4 ~! f$ U- y- {Shared Body enhancement
' S/ \+ p; \3 J+ CControlling Part Module updates
7 |& l/ A+ Y/ M) y/ G% w" ZNest and Un-nest Part Module / y. q, Q( i) w3 N
Save As and Part Modules
: Q" _+ g5 U' H! L% h: iSynchronize Links enhancement
/ _- Z2 J) e! l& JModeling : H6 V& r& m) c
Snip into Patches
- t4 n0 B8 }8 {/ J @" ARib / A( J$ R0 x0 L3 {9 o K U' h
Mirror Geometry ) _* |( z- k w5 e U
Extract multiple bodies enhancement 9 ~4 k' T" Z8 o) C6 l
Analyze Pockets and Blend Pocket . S9 N) F! |' G V) e
Combine or separate tool bodies
$ j% h5 j6 X8 l3 a. E4 A j/ c# SInterrupt feature updates
0 h$ h; d7 q8 ?: P4 ?Load Rollback Data
) z( }& X8 f3 u5 ~* y0 |6 |Sorting model views 6 ?+ B% f% p7 y( P
Select intersection edges in Edge Blend and Draft % t x& x5 B2 v7 {1 C+ w" I
Replace Edge * }+ ?: g' H; A) z0 ^, c ~
iv What's New in NX 90 + t; c7 X f b# b
Local Untrim and Extend
2 {* t p$ H5 M% E( \ [3 ?2 s7 WRoUGh Offset enhancement " ?: e- h5 `% a- B" @7 b7 v
Replace Feature enhancements . D3 X# M9 x! O6 N
Unsew enhancements
* ~/ ~+ Y! ?; P7 b. nDraft enhancements " d$ r+ R3 T) s) K) t% R
Draft Body enhancements # d5 P2 r4 O: k/ H6 H
Thicken enhancements
! b# |7 X6 n# Z- v0 c8 t9 sPattern enhancements
5 G: R8 T& B+ M6 _+ D& jUntrim enhancements
9 w! T7 x* `3 \$ O$ p) }Divide Face enhancements / d0 z1 ]5 I7 T5 Q! m- p
Part Families enhancements
4 \6 {* }+ d5 I4 j3 _" L# xBody selection enhancements for Boolean operations 4 f! U7 a) p2 j$ R) V
Face selection enhancements for Synchronous Modeling . d; [& T- A; x5 T4 c0 S( a
Synchronous Modeling
8 Z6 O0 M5 l q( VMove Edge . r! |5 u+ G4 z. K7 F6 r' D; T
Offset Edge
% T7 l9 \9 F+ s9 A k8 p7 l! RDelete blend faces with the Delete Face command
* w( n7 J) V8 n# M) GLabel Notch Blend enhancement
* `; v3 X) z6 I( \; h! l# YFacet Body Preparation
. ^4 J. h! K7 O+ H0 vCreate Box 4 C- }/ \) x8 g. ^& X
Snap Point enhancement ; U6 ?" w0 P, w, O1 ]; T T
Extrude Facet Body ; ~) R+ E1 O7 b
Extrude Profile
# M; G# D/ I F( Q) F0 l) S- A( m# mMerge Disjoint Facet Bodies 6 }* U% h6 V; P- B/ {! J# N9 r Y
Merge Overlapping Facet Bodies 1 g9 J. A: S8 ?0 ^; P$ h
Merge Touching Facet Bodies
- L7 x: c5 {" G2 G9 K5 r' CRough Offset enhancement ) ~, F/ i3 }" }4 w! f! D+ C5 r
Shape Studio 7 E$ A& a4 I5 P% s/ P7 O" l
Smooth Curve String * T+ Z9 n1 g, Y/ t3 K g- D! @! N
Section surface user interface improvements - }% z; R$ Z+ i' {5 e9 X
Highlight Lines enhancement ) }4 x8 O% R3 [; r) O0 P: ?
Deviation Gauge enhancements
1 c; I: ]$ e- J4 C# b& N/ g1 f4 KFace Analysis – Slope enhancements
2 S5 D0 I- [6 B/ V' \& qConcave Faces enhancements
% J# o+ P2 M6 [1 g2 O( FFace Curvature Analysis " c4 [! f* c2 R% _% E( d
Ruled surface Developable Alignment 6 l8 G5 l; T$ i* }& [
Wrap/Unwrap Curve * b, H- w3 `* x4 q
Assemblies O8 j% D$ f( ~. _7 S1 {& I
Pack all components enhancement ; \) q- F% k) `
WAVE link multiple bodies enhancement
4 p/ A; T K% F: f* X" pLoad Rollback Data
) S' d3 ]4 e$ ?Assembly Clearance enhancements
8 y, l m7 i: t2 cOrder of components in the Assembly Navigator
8 Z' ? E) ^8 u! g+ b$ |Pattern Component
5 ?* N/ k2 [4 r6 p8 v4 [Identification of inconsistencies between WAVE and assembly constraints
7 R; y6 U3 R5 y( ]0 G5 `& JAlign/Lock assembly constraint ! T$ |+ s/ g. m$ c
Direction to Fixed column in the Constraint Navigator " @& j& i5 {* J0 \6 G
Product interface enhancements
5 F5 @* V, w' L; \Assemblies functions in SNAP 3 J# Y" m7 h$ b9 l0 h& C4 q
Visual reports
- s; h1 p& a, EDrafting 6 j% K! X2 G3 \6 x a, E
Usability enhancements . U0 O: N8 m1 N* |2 |% U
Rapid Dimension
6 c) @9 Z: h. h7 U3 QLinear Dimension
" J7 {$ D. D; g. wRadial dimension
! K2 w( I6 G- I9 J* F: Y' e; c, NAngular Dimension enhancements & h @4 S" [( d" {
Hole Callout & t* R4 b, @; y# ?& A! n8 I& D- |
Geometry margins for dimensions and annotations
1 w9 A$ L9 r* ^2 F) ]3 mAlternate Dimension Endpoints
! G @* u- t5 g9 O/ x7 SGeneral dimension enhancements $ p" ^2 Y6 P7 I' e* O, T7 r
Exact and Smart Lightweight view enhancements ( c* E6 k7 d) z5 }0 E
Dimensioning Smart Lightweight views
, i# H# w1 z- }; I4 \$ P: MViewing Direction Reference Arrows . T) D n0 `1 W# _" L* h0 g ~
Section line bend and end segment widths , Y! j3 |/ D5 S- p) j, r+ H
Auto balloon leader placement / d2 {+ D6 d8 A
Axis Intersection symbol
X/ R/ @2 A! t6 c9 xSurface Finish Symbol enhancements
4 N, H; g/ l! o4 V& m6 [% UDatum leader enhancements . ~2 E" H- \8 V E) K! n* F6 P @
Drafting symbols 1 W# _+ J0 S3 r: u
Embedded image enhancements . F& c Q" l% t9 ?+ V: N$ y
Hole Table
+ @$ ?+ |" o8 n2 X8 }/ Y4 D+ bBend Table
, V9 V/ z% k6 m3 i U' yInherit PMI enhancements ( Y5 T3 Z( v% p f; y
Crosshatch enhancements
, S* P7 J, X) Z0 P8 L1 I/ DProduct and Manufacturing Information (PMI) ! l2 n+ C1 M. m4 c' x' _
Usability enhancements
) l. g/ U0 N9 RRapid Dimension 8 M5 Y) G$ q6 D; G5 ~7 S/ ]8 P
Linear Dimension " S0 w* y. V) D2 b
Radial dimension
% q8 p. U2 f. U7 i% V3 S& K- zAngular Dimension enhancements 2 G8 {' X M5 x3 e7 [, A- M
Hole Callout ) ?* f( N' e/ N. Q$ @3 s. _ t
Geometry margins for dimensions and annotations 3 s; h2 N8 |, [( H: }/ h; H
Alternate Dimension Endpoints
7 y/ g" Z" T# [2 e( b6 {General dimension enhancements
4 E* S' s0 T& {' P& C! a% cLightweight section view enhancements ) a! c: b" H7 R V0 J. [
Surface Finish enhancements ) U5 g q$ G8 N' ?
Inherit PMI enhancements
* C( h( y% h& W4 e) ERegion enhancement ' y p5 G9 t: S5 b. d3 ^6 G
Sorting model views # O! X; `( {" x( X
Datum leader enhancements
/ m( O: Z1 V9 |Drafting symbols
0 b' o. A4 e5 K6 G* ~: x) MAxis Intersection symbol
5 a, Y8 ]; J! {. D1 dPMI Feature Identification business modifier " y+ ~8 p. M! z2 _8 `/ B
Update PMI tracking properties 1 c& O; L5 F' S. }8 v+ `; h. D
Sheet Metal
8 r; ^2 |9 T+ a3 m4 vBend Table
_* H {- Z( z. M& x2 v7 jUnbend and Rebend enhancements A. v3 r. A" S$ b6 G5 S$ O
Resize Bend Radius enhancements
, e& R/ W0 h, V0 J( uvi What's New in NX 90
/ [; y& D: E1 H" V9 [: x- c' k PMirror Feature enhancements a; b8 g/ z/ I1 Z$ q7 b# M: F
Unite in Sheet Metal , A& F$ B- l* {/ G! F6 A
Three Bend Corner enhancements
( O+ {' Y* B* `% K: \/ \+ F5 \( EMirror Body enhancements 0 q% s5 u2 b1 s- e1 E2 g
Preferences for flat pattern views
/ A* Z4 Z( p& B! L ^% mFlat Pattern enhancements
9 m7 X- l V" b1 KPattern Face
0 }, E9 c P! \Flexible Printed Circuit Design
; x" E# |' ?% V7 ?, E! i ]Wrap + ~# h, @. w- d) h
Flexible Printed Circuit Design enhancements
: H! G+ y m; PPattern Face + q1 l. E- j2 N/ i$ G5 E& r
Data Reuse * _1 X! h3 R* n; ?1 b
Double-clicking folders and reusable objects ) s/ [# D( k% r8 b
Creating shortcut folders for your reuse library $ ?$ ]% `9 Z b$ z' I3 K( c3 c
Reuse library undo and redo
/ x0 ~3 S) _, B4 |Creating an index in the reuse library
# y0 m) X& \5 ~- ]3 d1 ]& LMapping reuse library names
/ ~6 \. U! t% o' _6 w& J. aReusable object feature name
% x6 v% b, R& U4 [5 rReusable object part definition 3 k8 F' n3 t/ I( e! `2 O
Creating feature component patterns with reusable objects ; r( J* a0 s/ K, p2 I; j& K; u
Managing knowledge enabled components in Teamcenter
- Y1 T) P# D, K; q5 d, WReusable component revision rules in Teamcenter + R& K2 j0 m$ ~
Adding files as datasets to reusable objects and reusable components in Teamcenter
7 G$ b, N8 T/ |: j; GPart family-related enhancements to Product Template Studio
\' b- Y1 r+ W) @; MRouting
0 m3 J4 [& k' H8 V. D7 i) u' H# EConfiguring Routing applications
$ E0 w ^8 o$ C: B2 {+ S/ iCommon Routing tools
7 a/ o, p( H. B/ d3 p4 W# J0 j: qRouting Electrical
, Z$ [# F5 t6 ~) Y6 w, KRouting Mechanical ( a8 R' l; o6 j1 G
HVAC
! }2 X- w% f2 c! b$ W" @) GShipbuilding - [& d. B* j2 t! E8 v7 O8 O
Knuckled plates 6 n7 S8 r7 ?2 d& p% h k+ D
Knuckled profile systems+ |( Q) g2 Q( U3 W* f
Knuckled profiles
. X5 B7 L3 }3 rCreate stiffeners between supports 9 p) w( O I) A2 L, `! z/ z
Control profile orientations 8 M3 l& t3 N8 k8 a
Built-up profiles ! g0 k9 v$ s6 `5 C: \+ s; a
Create stiffeners on plates with multiple thicknesses
; z2 M& g: e) a, dCreate standard parts on plates with multiple thicknesses
. W: k' Y0 V0 B0 G: h( _5 C+ `Split standard parts in the basic design 2 R; b- |* e; K, A' K5 B
Split standard parts and built-up profiles in the detailed design 6 I8 ^2 U- A" P, ~$ e P
Profile Transition $ L# d6 O: ~, h2 _
End Cut enhancements* q! ~6 k) f: j$ A
Profile Cutout enhancements
; F$ r* n6 R1 O2 [& bCollar plate enhancement
/ M+ D% J- g/ A9 SExamine Steel Features 8 _% l+ z$ S, i/ X4 q' L; \
Paint Parameters
0 ?4 Y; c& Y4 P. N3 G; Q& FVehicle Design / ]: R; J0 g& q
Vehicle loading input to vision tools ' R2 v( y; Z- L" G; U
Vehicle Packaging Validation
+ l$ ?* l( I' T/ z" @& P: o3 xHead Impact
2 @; @: G' U4 C6 d8 @1 E3 wPedestrian Protection enhancements 1 W" v8 C$ P# A# K9 b' e6 }# l
Eyellipse enhancements ; V9 y& V1 |( Q
2D Manikin enhancements
2 u6 `5 Q- q- Q1 oSeat Lines enhancements
- u3 O. V) j. x {9 M4 `. S8 ?' I* rHand Reach enhancements " ~: Q k- ?5 n* v7 V
Direct Field of View enhancements 6 t: I( }5 l# P. |, }( V& y
Instrument Panel Visibility enhancements
& u: \. M5 o) S6 z+ T5 ?1 Z; O2 uWindshield Vision Zones enhancements # }0 x3 p6 |# A6 A
Mirror Certification enhancements 7 a* a$ j! r; M& J: g9 y, |: M
PCB Exchange
0 s. h1 W9 v% C4 Q8 U0 a+ lUser interface enhancements in PCB Exchange
# ] [6 W2 F1 ^/ b* q/ fIDX collaboration commands % f! T. I' w: m* L
IDX support enhancements
) [# K# ?# u5 }Copper Area & m3 }' `0 D' o; ]
Comparison of ECAD and MCAD primary pin locations - T0 h" R; F7 x
Show Test Points 5 J& m$ Y2 P4 T# w% j& {
Chapter 3: CAM
N) a y+ n/ \0 P4 KCAM general
$ M/ u% |2 ?, [9 e) b- |Notes in Manufacturing / k% Q% J/ f8 ^$ _6 b
Descriptions in Manufacturing
. l9 S2 s6 |6 ^% A5 P% l: yDisplaying visible and hidden geometry ) c( {2 L% o+ w6 `9 w' Y" ~; ^
Boundary selection enhancements
" i3 _4 g8 o5 r) A/ CBoundary selection display and gap closing E7 g+ L" c; s6 f# j% @
Pasting operations with reference
+ d* _5 \4 p/ Q5 ?0 @Show Thickness by Color enhancements
2 Y+ ^5 M" \1 p* m8 k- aSet Machining Data enhancements 6 A) `$ S- ?0 {! v C, w; k! K
Flute length for drills ( W5 l: m' Y" _2 @* D
Milling enhancements 9 b, k& M" G2 D' d" V# m# {4 z3 s3 M4 b4 `
Machining with a T-Cutter
# H0 H, H& l! l. V# YMachining cylindrical parts 0 e5 u! G, g- r, m
Tilt Tool Axis enhancements
/ I: K! G6 J- `: C3 e' ?! HArea Milling enhancements
2 I, Q, ^# `% C3 J' NDivide By Holder - _4 X1 H Q# s! O |
Contact data output for Hole Milling and Thread Milling
$ f8 z) I% x/ N/ M% ?Cut area selection by edge-bounded region ! W: ]& T. {9 {; o# I; x7 k7 O
Safer engage and retract moves for Zlevel operations
4 F% @3 Q7 {' L3 M& }! d y1 MSmooth noncutting motions in contouring and flowcut operations : Y9 K. K$ q+ Q# l8 S: D* y
Improving 3D IPW efficiency in Cavity Milling / Y+ g- J; m% u, G9 B1 Y( G
Multi Blade milling for turbomachinery * |% t4 v8 C+ i2 A. w8 c0 R, N
Hole machining
6 f( B. H7 K9 t2 U" }New manual drilling operations 1 }5 m0 ?9 S- P6 j# C+ B% M
Hole machining workflow using a feature group geometry parent $ g* ^) ^) O( L* Q/ r
Machining feature groups
- q; B' q; C" WIn-process features
8 H- E1 t5 `$ a. d) q, b6 GVisualizing in-process features - B8 F9 b- \9 Z; d
In-process workpiece options to control the in-process feature ' X! ` J4 v- L, ~+ }. S0 ^: b
viii What's New in NX 90
- W% H, H0 s# _" ~; ]- wFeature machining areas
% K* A, Y3 [5 y& \Drill tip point length 9 Q Y2 g P7 ~: M9 h: O5 x* ~
Core Drill 7 _& b8 c$ X. b; e7 ]
Probing
$ E' W4 O7 b7 i* X3 vProbing
# q% ~, N# ^, ~6 k* f, X; ITurning enhancements
' i. n% E9 b4 j. D0 l CCenterline Drilling depth enhancement " q8 |" r0 W; v4 O* v
Turning non cutting moves enhancements: i/ t* @) ?. b9 p
Parting off operation * p8 U+ G/ b; y( o, i
Threading non cutting moves enhancements
6 }2 q" ]6 n. r/ v3 K" B9 O$ K4 sIntegrated simulation and verification — ISV : `( s ]8 ~7 W9 x0 Q+ [
Displaying axis positions and limits
% x- K* u4 J4 O: PPositioning simulated machine tools and cutters , S' k' I2 q; t( t. a/ e# P
Tool path display for external file simulation
N: r# Y* C5 \% ?Simulating all channels in external files 0 y# u9 n5 y5 x- I- n
Simulating synchronized operations
0 f. e* s: h6 B( nViewing a tool contact representation
0 ^# h, q' M4 z/ FConfigurable parser for NC Controllers) t! L' }2 C; x7 v/ U7 F1 k8 b
Kinematic chains for simulating complex machine tools
* n( P& }# w; \ B1 [8 P4 ESuppress Status line update
" {& M( P- V8 x1 S) o' a/ n& LIPW color mapping to tools or operations
( v; A* ^, l4 t6 W: Z* w2 IRegenerating a saved IPW
. p1 |" P+ U9 v, z) B2 F' BGouge Check enhancements
) r8 \* j" h1 W) i9 C$ gSinumerik Collision Avoidance
3 T# z8 r+ I" f% c: H& @Simulation and postprocessor examples
" o h8 r9 A0 u1 ?- n6 ?Flute length for drills
9 ]" Z1 c6 J+ B; \ @: eNX Post
+ j4 P7 E, J5 s+ wAdding CAM attributes for shop documentation in the post
h/ M5 V# W* N+ w$ S. qPost Builder
6 N5 g2 F6 ?2 V4 w: W) Q5 v& a1 TNew Tcl commands in Post Builder / T# I9 Z8 L$ f* R( X7 p- Y" z- t
Simulation and postprocessor examples
9 }- X3 j. i# q, uFeature-based Machining 4 @) q- l$ w- d! @) ~* j
Feature machining areas 9 m% d9 S; f( C' Q2 C3 U1 X
Machining feature groups 0 |1 m" t7 T% b+ C
In-process features . @0 r! t( k9 G
Visualizing in-process features 6 e* [, i# w, s$ \, E) f/ k
In-process workpiece options to control the in-process feature
9 X: H/ d0 L% |- ~: \3 x0 LWire EDM
- z" j5 i- a6 a) A3 ]2 pWire EDM tool and guide + X4 e+ X, ^5 ]
Chapter 4: CAE # y% _& x5 m' i; F2 [
Advanced Simulation 6 x, X9 g6 F- f! U$ g! o9 ~
Solver version support
% ?9 x8 t( {6 Z3 x. S8 dGeneral capabilities
3 w+ |* t* P% X5 \5 w# ZFields
, Z& @6 m1 s; ?% H" u! eMaterials ( y2 B& {! f/ k4 g, d- n
Meshing
, f7 a; |3 E/ VBoundary conditions
; S, Y3 c3 D/ mSolutions
# \, Q+ p$ `3 J% w0 U' @1 @Nastran support enhancements
$ i$ ~+ N! r& U" a$ { p KAbaqus support enhancements
i9 j; Z1 g$ b! }ANSYS support enhancements ; Z- A$ Z# a) C- V V0 F/ s- V5 L
LS-DYNA support enhancements 5 d2 U# X2 l1 b/ j1 c- U
Optimization
) e: {9 t& e* X2 o5 {3 S/ GPost-processing
0 L" ]' E& v* z0 v- F$ v; {, FDurability
" i2 }2 Q* f0 d: z4 ENX Laminate Composites
" R' I) k0 B' |& W+ v4 P0 T5 O& TNX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal
8 w( [! ]: Z' R$ z3 PNX FE Model Correlation 2 s/ }% }8 g8 e( W1 I( G
Teamcenter Integration for Simulation ( L6 P3 v+ G4 }0 j: `6 o8 Z
Design Simulation 7 O |; J$ e; X/ }# }
Boundary conditions $ M( h+ R% t& b$ E% c, u+ F( [7 c
Meshing ' k$ |5 ?6 J; X* w. l
Motion Simulation
8 E; z5 \1 U; @* wInteractive articulation methods 1 F* @3 H. J# Z! O
Joint limits in articulation 7 ]/ C" r/ i5 W/ c5 d# z! D+ ]+ `
Animation enhancements
: y2 H* m* F. p7 kSpreadsheet Run enhancements
. y. _3 L9 B$ x j! G$ aMotion Preferences enhancements
* J2 O7 ^% j" W# |* K/ |Functions and Graphing
% n2 I! h% E) d9 ~Inverse option for Function Single Math command
1 F4 M; r) s* t; g+ HPlotting a graph in a separate window
1 X J/ i" u3 E/ K0 @" s# J+ k UImproved font support in graphs 5 I/ z, a- K2 V, H' y4 B. ^- y
Plotting a graph with no line $ e3 |1 i. ~! \3 P( Q; }8 C9 h. L
Saving graph data to an AFU file + H' e; F8 U0 ? ?+ P3 M! T9 N
Expanded complex plot support- [. g, a" b7 G V, r# Y
Chapter 5: Teamcenter Integration for NX $ G5 R$ n2 a+ n+ B$ l: a
Teamcenter Integration for NX
w* m0 ], \0 H3 `# \5 }Define and load configuration contexts
5 m2 i% o2 v4 A% O2 u' b- i uRun NX in a Teamcenter multifield key environment . V1 G) i1 p' \' K0 `
Independent drawings added to export and clone " x, p( ] u9 W/ n! m' n- s$ u- M
Save As enhanced ; V5 D# a6 p- X4 o* A: ^ q; l
Retaining absolute occurrences when saving moved components # |. Z# P% q0 O7 l2 w
Opening a component with a different revision rule than the assembly
; {3 T3 |! w) T% X0 r6 ^; t: \Viewing results and default filtering for projects
5 l1 V; x$ {0 C3 FAdding independent drawings and CAE parts in the ug_clone utility 0 y: c. a, @* m0 x' _4 V
Refile utility enhancement in Teamcenter
9 ?3 n, q$ L+ o3 \+ U$ x4 b5 TItem-based publishing of welds and datums to Teamcenter ( ?. G3 z2 T' T/ b+ c5 R( M
Chapter 6: 4th Generation Design (4GD) 4 v( [, |. H. w6 p( }) J! z9 |
Introducing 4GD
8 ?6 B7 Z0 c6 q4 N0 M5 x& X1 U4GD enhancements 1 G4 N' c6 E$ S
Design element enhancements ' c' ?/ }; X( T2 u ]* L
Creating multiple design elements
& r' T' a% d) z1 \2 h+ wConverting design elements
! t/ a `4 n, s* m7 x: N6 CCreate Reusable Design 9 H# H0 e; t3 U+ V! R$ i6 o' Y. K! L
Presented parents
3 X' J) s# m( N/ k+ ?Partition views for subsets 4 w) O( Z5 c8 G$ u0 ?( A2 E9 M
x What's New in NX 90
+ |' X% H* F- fSubset structure views
* O' {$ c/ i6 w- eAdding connecting welds to a subset $ x! c2 ?, j6 `4 \" C4 C& U
Mirroring a design element
; I5 j. a% \% e1 A# i& U% [Load attribute groups for design elements
+ `% J+ B; A4 |: `; l `7 |Effectivity and variant options added to subset creation
: |* N; z8 g- s* l2 cEdit attributes in bulk
* X( b/ P3 L( b7 j0 r& J& jShow Collaborative Design Preview
( b% q8 J' Z' L1 p7 y( l5 GDesign features : T( q* H1 _5 X
Check in and check out enhancements ) F8 B- a* q+ R+ [8 [0 L
Generating collaborative designs from existing structures
) e$ e4 Q: x5 Y8 r. S7 \Check-Mate in 4GD 6 t8 m" v/ q8 e4 n& B
Issue Management in 4GD ) y9 ~" L, T1 q8 J( |& p u2 }
Chapter 7: Inspection and validation % h( p; D0 k3 E" l! V
Check-Mate , U* o4 c3 c, S. x" J/ J. o& E: ]
Check-Mate checkers and functions
0 a# Y; |0 }3 I3 X+ e& d- tCheck-Mate profiles 9 O1 r& N7 m) N& U1 T# x/ V7 K
CMM Inspection Programming / R. v4 l& U" A$ H8 [& A: Y
General enhancements . m# g: H; ~2 w) j
Expanded CMM libraries
# o6 b% ?3 p2 V5 z& WOffset distance for 2D features * z K# m8 e3 [2 g
New inspection feature type: Edge Point
# S0 y$ m( G, ZSet PCS to CADABS alignment type * D+ q7 H: x3 s) M5 r+ ~% H F
New inspection command types
7 ~) r Y& w8 D0 T3 k9 ?- p) ~1 {Support for cylindrical probes 3 F! u% V) J+ S; M8 J
Resequencing of inspection paths
& W- V) X: S" WAuto-ordering of tolerances in the Inspection Navigator
- G' i5 \; i3 O, t# Y' d8 x1 WSupport for DMIS SNSET/DEPTH 3 p* e: A5 ?5 q
Measure an inspection feature relative to another feature
9 z; A1 ~9 C/ Z7 k/ hRequirements Validation 4 q5 R& S8 e3 c' \* C2 G
Units in the HD3D Requirements Validation tool $ O2 b% c2 T& Z" J: t0 L
Chapter 8: Tooling Design
/ A( O& ]! l* W0 J/ cCAM Data Preparation 2 B9 k' _4 }4 u
3D Curve Offset # J3 z* {7 g X8 g+ j( n4 q9 y
3D Curve Blend
3 u. x" e( u1 SMatch Surface
( z$ H# i% t# }# [ }( SReduce Surface Radius
+ n! e* p8 N: g) _" HGuided Extension
" f" U4 h7 l% WTooling shared functions & i$ M- A$ ~- U5 k1 ]
Die Analysis using LS-DYNA
`' f4 J; {' ?( S3 `- G6 jObject Attribute Management 7 A! r( J# k2 R# n' d- A5 m
Face Color Management # A+ |: F2 |) O4 [! e. u" I
Hole Manufacturing Note - V; Z' @2 F$ p( M
Restore Tooling Application 0 S$ t8 F. M: ~% O, o
Mold Wizard
( y& F* h5 G2 m" cMold Base Library enhancements
" |$ e( y* S4 EWorkpiece enhancements # W9 R! G1 n- j f g- j
Ejector Pin Table 6 b& B8 S2 R5 f' _5 M$ k: A# t
Weld Assistant
- K; r) m- u8 r+ e. B7 x3 q, M6 N" GFabrication Information
7 u3 C$ N7 R6 D+ Y6 j X `+ r# oJoint Mark " h# Z V# x9 b' q) R
Export CSV File enhancements 1 D' J% t( @2 d/ V G
Import CSV File enhancement
% j( E' e6 p% P3 bGroove Weld enhancements
: m# h. V" @3 z/ }3 @- wDatum Surface Locator and Datum Pin Locator enhancements ; I6 S1 _* u+ ?9 Y" P4 ?
Using weld and datum information obtained from Teamcenter
+ j$ d3 {5 [: X( O0 j9 o7 F* Z+ aItem-based publishing of welds and datums to Teamcenter
/ ^2 r& Q, r: G# m i: y6 OConnected Face Finder enhancements # y" t1 v+ k) z* L w
Compound Weld enhancements / d& c% F0 H7 E; Y0 g5 K( ^
Structure Welding
U4 T9 r1 f+ K, M9 H2 F4 GFabrication PMI
" u6 `9 t2 q" ^8 j3 uSurface Weld ' k; }( p7 h' x9 R/ u
Welding Joint enhancements 3 I! e N3 `9 P& z6 V' V% r# v
Edit Joint Definition enhancement, g3 L& L% p2 Y0 Q1 r
Edge Attribute Title welding customer default $ L& c1 B5 m" k5 C ?8 _ g
Export Welding Joints enhancement ! h6 U- A7 e4 ~/ Z( H7 } _; [
Item-based publishing of welds and datums to Teamcenter
1 p$ M+ D+ T) vDie Design , R: l5 Q, J9 V$ f; j$ O
Lower Binder 9 T, J0 i/ q( P5 \3 ]8 p, o
Trim Post
3 p" C3 Q2 }- V7 o0 \Draw Punch and Draw Die enhancements
3 F. W, A$ P. W J% n" l) F8 uAssigning colors to die faces
5 H2 A, |. r2 ^3 ?4 [Die Engineering
, x& D3 b4 L0 l* _& T- h, P& b3 UDie Analysis using LS-DYNA 7 d e- ^4 Y% H- ]
Trim Angle Check enhancements
0 s2 Q2 g8 E C/ S" r( W B) D( o; PStamping Operation enhancement ) d% x- U9 T3 v& u) m. H9 h5 f0 S
Die Tip enhancement
+ ~" G' I: E% x9 F# }& h# R. FChapter 9: Data translation
$ y1 g: K. u: m9 X0 q5 l9 z: O; `Exporting editable dimensions to DXF/DWG file
: s7 F0 R: O M! f5 |Controlling text aspect ratio for the text imported from DXF/DWG file
6 [+ J6 r, N0 q; s/ _Supported DXF/DWG versions 0 L" Y+ p0 G/ i! h) U
STEP translator enhancements
( B) t6 {8 n# ?% KNX to JT
6 W' ]: J9 E& C) [JT version 10 files
9 T' }: k9 Y) ]3 S! g6 MDisplay order of model views and PMIs in JT files 2 ]" L6 `: k- c; x. K
JT support for object visibility in model views : A% d0 d9 p* b( f
PMI lightweight section views enhancements in JT files
) B5 E7 ~: \2 T' jJT support for weld Joint Mark feature & ]+ U* R' }% y2 {4 W ~& B
JT support for hole and thread callout PMI ( t0 c8 t- |* b( U% v i: H# y
Geometry Sharing in JT files
' i! c7 V/ J0 Q5 L8 rJT support for business modifiers and PMI attributes
# T9 w4 p- |* Q. FVisibility of datum entities in model views of JT files
6 j6 {" M; [0 ?+ }7 JJT support for PMI association with objects
( N. m+ c! A- A1 J( A( Q' A2 OChapter 10: Mechatronics Concept Designer 9 M" V* v5 I3 s# d
Collision Body enhancements
6 m$ L! R; q- `7 OActuator enhancements ' Z; |# C8 A$ n. }( {
xii What's New in NX 90 , E% w; t! t. [! ^3 u& z! O6 p; W7 c" K
Cam enhancements
' y& V# D0 S y0 p( I& K/ NOperation enhancements
) [# K0 B! i6 O! A2 n+ _4 zChanging units in dialog boxes 5 O8 s4 u4 ?: r
Mechatronics Concept Designer preferences 2 Y( i' L! v3 J! f
Create dependencies
" a0 D' @$ L; D; y( O2 |System Navigator enhancements
& k1 B: b, F m* G( O; zCreating physics containers ) I/ g2 }# l8 q5 z0 J
ECAD integration enhancements . _9 l) V( F/ N8 X$ d1 h- x1 Q
Simulating NC code
- r' ?+ k; X! s7 h SConvert from MTB
( d/ ~7 k: ?0 X+ ?/ Z. mShared memory signal mapping
# ?& w. B: b$ O* {2 S+ O* y, ?SCOUT Integration ; S0 ?. @# M' ?8 [% w
SIZER Integration
0 u7 _: r( W3 mChapter 11: Programming Tools % y2 c9 H H2 Q: ]8 H) T
Assemblies functions in SNAP + k* s0 e2 S8 u
Block UI Styler3 \4 q# I. N& ~' Z Q! A8 q- Z
New properties for blocks
9 Z7 n% |; e+ [% z7 R# y, p6 GChanging a displayed part
+ _2 d3 |! Z7 |' g0 EExplorer block 6 s1 u) `! @; Q- l) g F
Chapter 12: What's New in NX 851 . s. w8 z1 ?1 \) H m+ ?5 W
Modeling
) h# w7 y: K1 D* m9 U- R% k- BUser Defined Feature callback hooks for NX Open API libraries / g! A& a8 x+ b# n% L
Preserve the relative order of Feature Groups
4 P' M+ s5 k7 fU/V Direction
7 G' [9 x. w) v' H* i! P% WStudio Surface enhancements — Split faces along boundary curves 1 l; U% W# N4 y0 z) d; W3 w
PMI
, p$ J/ f3 l$ IFind PMI Associated to Geometry enhancements 4 C# b1 E( X0 f# U4 m- n0 B
PMI Effectivity Management 741 8 }( i: ^5 u' `4 M% m8 y
Routing 742 " ]( d! H8 f* h& W6 _
Wind Catcher 742
5 n( e9 K8 I5 t& a2 E5 ~Branch Path Numbering 744
& A# p& y& B8 z. n6 PPlatform Creator 745 - c4 r+ A/ t1 ]& s0 B
Shipbuilding 747 * [2 Y$ ^# N5 W, Y" U% {
Assign manufacturing information to openings 747
' |- L4 q! C y' _9 a" u. ISpecify section subtypes for steel features 749
5 e4 a' ?* ^8 U/ CManufacturing 750
: S- X0 p- r0 M7 H" _Operation Navigator enhancements 750
& |( W7 p5 i! g2 ]Advanced Simulation 751 ' X! b1 o% h' i5 f
Solver version support 751
9 _: a- u5 S5 P kNX Laminate Composites 758 , f! a; Y; U, u
Durability 763 / U- w7 m/ Q- D1 P" Q1 j
Teamcenter Integration for NX 764 , ?: z2 f l4 N0 e8 u8 z! e, j
NX Relations Browser enhancements 764
5 ~1 L, U- ]& C4 H! f' u6 X5 u2 v- zSelect Configuration Context when loading assemblies 766 ) m) J* M' Z# y/ O+ `. v
Default project selection 768
7 P' P" ?( j& K2 r, |CMM Inspection Programming 769 0 K$ @* ^! p% Y. V2 M3 g
CMM measurement analysis engine 769
2 i4 q8 Z. [& _Export analysis results 771 DMIS programming enhancement 772
) S& `9 v7 g3 n/ c' L4 l' m cData translation 774 , B. c$ m8 G" G2 j j( `2 [
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774
" K$ |. C- F+ h1 Y' E' y+ ?' oJT support for PMI association with objects 775 3 _6 U x5 h7 w z7 `7 E3 u5 a
Mechatronics Concept Designer 776 ' U' C& y: K7 @# E# e2 X# @: u
Import from ECAD enhancements 776 : H% F1 Z% z2 j5 @. F; R. _! s* q+ o2 l
% q5 X1 ^7 ^3 I+ Q$ E: y- c* |: [% ?* K: O |
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